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Surprising Uses for RFID

4 Surprising Uses for Industrial RFID Technology

Have you read the glowing praises of industrial RFID and barcode technology, and wondered just exactly what the hype was for? What the applications could possibly be that would lead to such adoration?

Like any tech, the promises tend to outweigh the practical uses — that’s just the downside of hype. However, RFID and barcodes have been implemented in extremely innovative ways, not only for inventory management, but for customer engagement, customer satisfaction, advertising, emotional support, and just quality-of-life improvements for their users.

We’ve seen RFID bracelets at hospitals and in a warehouse, but what other uses do such accurate tracking chips have? Could your business find a use for an RFID system that you just haven’t thought of yet?

And if so, is your business or industrial computer setup able to integrate smoothly with RFID tech?

1) Ditching Lost Luggage

It’s the dreaded (and entirely reasonable) fear that all travelers possess — the certain knowledge that your luggage isn’t going to make it to your destination alongside you. That somehow, some way, your bag is going to end up on a one-way flight to Kuala Lumpur while you’re landing in Dublin.

And of course, there is some cause for worry: according to SITA, 24.1 million bags were lost in 2014. However, some airlines have already switched to RFID tracking systems for all of their luggage, hoping to curtail those losses.

In 2016, Delta invested $50 million dollars to implement RFID tags, RFID scanners, industrial tablets, and the training required to use them. They saw a marked jump in baggage check and delivery accuracy, going so far as to boldly claim that “99.9% of all those bags will now be correctly identified.” Since then, over 60% of airlines have implemented similar systems.

With RFID technology, airlines have even been able to implement bag notifications too, sending texts or notifications through an airline app to passengers. This pings the passenger right when their bag has been loaded into the plane. It also confirms that it was the correct plane, and the correct flight, offering anxious passengers true peace-of-mind.

2) Saving the Rainforest

The rainforest isn’t what it used to be — in Brazil alone, home of the Amazon rainforest, 19% of the rainforest has been lost to logging since 1950. And considering that the Amazon provides for 20% of the oxygen on Earth, that’s a sobering statistic.

Liberia (and other countries) have begun using barcodes to discourage illegal logging. The trees in legal logging areas — determined by sustainability — are stamped with barcodes. These barcodes can be tracked during the entire logging process, allowing those in the supply chain to know exactly where each log came from and when it was cut.

This full-accountability makes illegal logging extremely difficult: when logs show up without a barcode, the nationwide system and those operating it know the person in possession of the log has likely either committed a crime or been sold or offered contraband goods by another party.

The system has not only helped the environment, but it also helped the economy — since the EU prevents the sale of logs that can’t be proven to be legally harvested, Liberia can now sell lumber to a far larger market than ever before.

Other countries and municipalities have even upgraded from barcodes to RFID tags for their logging as they become less expensive and more widespread.

3) Preventing Casino Heists

That’s right — next time you get pushed a stack of winnings at a Vegas casino, those chips will have their own chips inside of them.

Using RFID chips embedded within, casinos can track poker chips wherever they go. Who has them, where they are, how they’re spent, and how often they change hands, just to name a few uses. This kind of data gives casinos a deep well of information about how customers are spending their money, what their win rates are, how fast chips circulate, what the popular tables are, what the hot or cold tables are: all the customer demographics and use patterns a casino could ever want.

They’ve even been used to prevent a $1.5 million robbery at the Bellagio in Las Vegas. The perpetrator stole a huge amount of chips, with intent to sell them to a third party who could then redeem them back at the casino.

However, the RFID chips inside the stolen chips were flagged as stolen the instant they disappeared, and thus rendered completely unusable should they ever return to the Bellagio. The perpetrator also tried to sell the stolen chips to undercover cops, which didn’t help his case either.

4) Motivating Marathon Runners

An RFID bracelet in conjunction with high-frequency scanners has a host of applications for targeted messaging. While “advertising” is the most talked-about (and feared) use of this technology, other industries have adapted targeted messaging for unique purposes.

The New York Marathon, partnered with Japanese footwear and sports equipment company ASICs, offered RFID shoe tags to runners. While RFID tags for tracking marathon racers is hardly a new idea, these chips came with a unique feature: the ability to see personalized, timed messages from the racer’s loved ones right to an LED screen near the runner.

Friends, colleagues, and loved ones were able to sign on to “Support Your Marathoner,” an ASICS program that allowed them to draft messages of love and inspiration for their marathoner of choice. Then, as the runner hit different milestones, nearby high-frequency scanners read the RFID tags and dished up one of the messages of encouragement to the beleaguered racer.

That’s the promise of more tech and connectivity, the one we all want to believe in — as a tool to bring us all closer, to let us hear the messages we need when we need it, to spur us on to greater heights.

Knowledge is Power

While RFID has been put to excellent use in the medical and manufacturing fields, it’s important to remember that almost any industry and endeavor could benefit from increased accuracy and connectivity.

Sometimes all it takes is a little imagination and a bit of inspiration.

To find out more uses for RFID and barcoding technology, and how to integrate them with medical, business, or industrial computers, contact Cybernet today.

Types of Industrial PCs Used in Industrial Automation

The industrial sector is increasingly experiencing the impact of the Industry 4.0 concept. Whether you are looking to optimize the workflow, increase production or savings in maintenance, or explore new automation opportunities, there are many ways industrial automation and the underlying technology can boost your operations.

Industrial automation is the automation of technical processes using computer and information technologies. It gains importance as the underlying technologies evolve rapidly, infiltrating more spheres of our working lives. The term industrial automation is used when devices, machines or technical plants work automatically with the help of electrical, pneumatic, hydraulic or mechanical equipment. The machine equipment replaces the human actions. The system, in this case, consists of three constituents [source]:

  • A technical plant or machines that perform a technical process, such as transformation, manufacturing, conversion or transport of material or energy.
  • A computer or a communication system that processes information from the machines. It acquires, calculates and presents data about the technical events. It also provides the necessary interface for the personnel to control the technical processes.
  • The control personnel that observes, controls and influences the technical processes through the corresponding interfaces and adjusts the process in case any disturbances arise.

The aim is to replace as much as possible human labor intervention and hazardous assembly processes with automated machine labor.

In an industrial environment, a wide number of factors influence the choice of the computer for the industrial automation, such as ruggedness, shock, vibration, temperature, pressure, distance, humidity, exposure to liquid, dust, and many other ambient variables.

Mini Rugged PCs

These are versatile, customizable industrial computers that allow adding almost unlimited functionality via full-size and mini PCI Express slots, USB ports, mSATA, RS232 ports. Ruggedness ensures shock and vibration protection, durability, while IP65 sealed waterproof and dustproof build ensures ingress protection from liquids and hard particles, as well as temperature fluctuations. Mini rugged PCs come with military-class high-performance processors that minimize power consumption and maintenance costs. They are compatible with virtually any existing peripherals, and any device in an industrial setting. The multiple PCI Express slots enable it to be configured for nearly any industrial automation functionality. Since many builds are fanless, their cooling system is passive, and thus the PC consumes less power and produces significantly less heat than traditional computers.

Of special benefit is the terminal block feature, which allows the PC to be turned off remotely, so locating it in an enclosure and being able to power on and off the computer makes it more flexible as to where you can mount it.

Mini rugged PCs have many applications in industrial automation:

  • Data collection.
  • Control card for equipment.
  • Industrial imaging and other applications requiring high-speed data.
  • Controller in machine vision applications to automate quality control systems.
  • Automatic inspection, measurement, verification, flaw detection.
  • Direct equipment, for example, robots.
  • Video surveillance and analytics requiring HD image capturing, facial recognition, real-time detection, and post analytics.
  • Any application that requires removable drive bays for swappable hard drives for easy data backup.
  • As embedded computers.

Industrial Open Frame Panel PCs

Industrial panel PCs support industrial communication protocols and accommodate the needs of many industrial applications that allow operators to monitor, control and adjust industrial automation processes. Serial ports and dual NICs allow its use with legacy devices and peripherals, so integrating new equipment and still use the older devices creates saving opportunities.

Open frame panel PCs are designed for seamless installation in industrial environments and integration into an existing architecture of a production chain – in control cabinets, machines, kiosks, etc. They are widely used for Human Machine Interface, as its resistive touch screen and ruggedness ensure easy data access and durability under harsh environments. Open frame panel PCs are widely used for:

  • Original equipment manufacturer machinery, OEM.
  • Human-Machine Interface, HMI.
  • Machine-Machine Interface, MMI.
  • Internet-of-Things control and data aggregation.
  • Vision systems.
  • Factory automation systems.
  • Material handling.

Industrial Tablets, Forklift Tablets

Companies see the wisdom in deploying industrial tablets on the manufacturing floor for a variety of applications:

  • Human-Machine Interface – instant access to critical data with notifications from industrial automation systems, status information, machine vision system notifications.
  • Instant remote control of industrial processes.
  • Any application that relies on the cloud-based platforms and machine-learning monitoring systems that detect anomalies in automation systems and enable predictive maintenance of industrial equipment.
  • HMI-hosting web servers host large volumes of data about production statistics, maintenance and diagnostics. Since industrial tablets pull the data from the cloud, employees do not need to plug in (as with laptops) and can change parameters remotely.
  • Numerous warehouse and inventory tasks automation with embedded barcode reader or RFID reader for quality control, items tracking and security, for example for scanning barcodes on raw materials and finished goods.
  • Forklift tablets are popular due to their ruggedness, easy yet reliable mounting, hot-swap batteries and versatility. Forklift tablets are used in HMI, MMI, barcode scanning and inventory management, processes control and monitoring. They ensure 24/7 uptime and withstand shock, vibration and other harsh conditions.
  • Industrial tablets are widely used for assembly line balancing.
  • Linux and Windows-powered rugged tablets are used for embedded systems, factory automation, tracking and tracing, eliminating paperwork, capturing signatures.

Benefits of Industrial Automation

  • Increase labor productivity – get greater output without losing accuracy.
  • Improve product quality, reduce defect rate, increase conformity and uniformity of the quality.
  • Reduce production cost, labor cost, increase ROI.
  • Reduce routine manual tasks such as variables monitoring.
  • Improve safety by locating the human worker outside the hazard zone, thus preventing accidents and injuries.
  • Advance remote performance monitoring, diagnostics, set point computations, startup and shutdown operations, critical notifications, reporting and remote control of automated processes.

Benefits of Industrial Computers and Rugged Tablets

  • Rugged builds, water- and dustproof, IP65 sealed, shock, vibration and temperature fluctuations resistant.
  • Military-class computation power.
  • Power-efficient.
  • Fanless, passive cooling.
  • Hot-swap drives in panel PCs –  perfect for data backups.
  • Hot-swap batteries in tablets for 24/7 uptime.
  • MIL-STD components, 5+ years lifespan, low fail rates, extended warranties, customized builds.
  • Integrated peripherals – barcode, RFID, CAC, Smart Card, biometric.
  • Ease of mounting with VESA.
  • Ease of integration with legacy ports, support for industrial protocols and Windows or Linux OS.

Smart Factories and Their Use of Industrial Computers

Smart factories are rapidly replacing their traditional counterparts. By cutting costs, reducing labor requirements, and shrinking the space needed for operation, smart factories are able to increase production, raise profits, and improve customer satisfaction.

What Is a “Smart” Factory?

Smart factories are operated from an industrial computer, which controls the smart camera that allows the system to operate. Smart factories differ from traditional systems in a variety of ways. The predominant difference is the elimination of the errors that can result from human manual operations. Automatic inspection by machines means consistent output along every step of the factory process, providing consistent quality.

But smart factories have other benefits as well. They can help to lower production costs, as they eliminate much of the human labor that must be paid in a traditional factory. They also have increased productivity, because the entire system is automated and runs smoothly, with less risk of error. The consistency of production also means better customer satisfaction with the finished product.

Why Are Industrial Computers Essential for Smart Factories?

An industrial computer must be used because the system has to be rugged. Factories produce a variety of products, many of which can cause wet or humid conditions, spread dust, or produce a lot of vibrations. Industrial computers can hold up to whatever rugged elements a factory throws their way, while also providing the processing power needed to run the smart system. The computer also must be small, as smart factories being created in traditional factories often lack the space necessary for large, bulky technologies.

When it comes to operating smart factories, the vision system dictates the work that can be done, the quality of the work, and more. Smart cameras utilize multiple different technologies, including image sensors, storage space, and processing capabilities. While a more powerful smart camera may be able to execute more complicated tasks at a faster speed, they also take up more space and require more power for operation.

A larger camera may also require a fan if there isn’t space to regulate heat, but in a factory space, moving parts like a fan represent the threat of failure, which can shut down the entire system. Rugged industrial computer systems, such as Cybernet’s Fanless Rugged Mini PCs, help to eliminate the need for a cooling system, as they are better able to withstand temperature changes than lighter systems.

What Add-Ons Are Available for Industrial Computers that Are Specific to Smart Factories?

Smart factories utilize other technologies alongside their industrial computers as well. Many smart cameras can now be connected with HMI or a screen at the production line, rather than communicating only with a control room. The ability to have a screen on the production line means that problems can be caught far earlier in the production process. This presents the need for an industrial panel PC, such as Cybernet’s iOne N19, which can allow an operator to monitor and control any step of the process with ease. If an error occurs, production can be stopped or adjusted almost instantly. The industrial panel PC, like the computer itself, is rugged, and can withstand the elements within any factory space.

Another option available alongside industrial computers are industrial tablets. These make working on the factory floor or quickly and easily shifting operations a breeze. Cybernet’s Rugged X10 10.1” Industrial Tablet, with its waterproof and shockproof build, weighs just 2.2 pounds, but is powered by Intel i5/i7 CPU with vPro. Their rugged build makes them perfect for use anywhere and in any factory, while their processing power make them great for working on the go when a traditional computer is not available. Many industrial tablets, including the Rugged X10, also have cellular capabilities, which can allow operators to work from anywhere, which can help to speed up production and increase profits.